Detect Component Anomalies
Discover hidden temperature anomalies with Turbit AI. With each event detected by Turbit, you can improve uptime, and save time on manual data analysis.
Temperature anomalies can stay undetected
If a main bearing, generator or gearbox runs warmer than it should, that's often a strong indicator of a problem. Control systems don't always alarm — and when they do, it's already too late. With Turbit AI you get ahead of the failure and save months in downtime.
High temperature might occur due to…
- Component problems — e.g. a damaged bearing
- Wrong or insufficient greasing
- Defective grease or oil pumps
- Broken oil connectors
- Stuck filters
- Defective cooling systems and fans
- Wrong software parameters in the control system
- Wrong maintenance — e.g. extremely long maintenance cycles
Challenges in technical operations
- No sufficient time and personnel to analyze all data streams
- Ever-growing portfolios make fleet management more complex
Real-time temperature monitoring, delivered
- 01
Real-time monitoring
Temperature monitored in real time, with a maximum delay of four hours.
- 02
Very low false positives
False-positive rate held below 5% so every alarm earns your team's attention.
- 03
All causes detected
Every cause listed above — mechanical, lubrication, cooling, control.
- 04
AI prioritization
High automation with AI relevance and priority prediction built in.
- 05
Customer success
Direct support for communicating with service teams and OEMs.
The numbers behind the product
Real component-anomaly detections in customer fleets
Main Bearing MonitoringVSB acts on a main-bearing temperature trend in one month
Turbit's neural networks caught a slow-creeping main-bearing temperature trend a year before action was needed. By the time the deviation was clear, VSB and the OEM resolved it inside a month — without taking the turbine down.
Generator MonitoringEnergiequelle traces a generator anomaly to a faulty frequency converter
Turbit's alarm flagged stator-winding temperatures rising on a SAB-operated turbine. Energiequelle's analysis pointed at a malfunctioning frequency converter; the service partner replaced it inside 3.5 months and the turbine returned to rated power without further incident.
Generator MonitoringEnercity resolves a 25°C generator anomaly in 14 days, no downtime
Generator temperature jumped 20°C → 45°C on January 10. Turbit alarmed January 11; the service partner replaced the slip-ring ventilator's thermal relay on January 24. 14 days end-to-end with zero downtime and zero power loss.
Main Bearing MonitoringTeut plans a main bearing exchange — turbine operational throughout
A main-shaft bearing anomaly surfaced in April 2022 and stayed under control through summer. By November the trend had escalated; Teut and the OEM confirmed damage and scheduled a planned exchange inside 5 months while the turbine kept running.
See Turbit on your fleet
Backtest Turbit on the turbines where you already know something happened — or read how operators like VSB, Energiequelle, Enercity and Teut use Turbit on their fleets today.